Technics SU-CH700 User manual

SU-CH700 SU-CH700 SU-CH700
1
■FUNCTION OF IC TERMINALS
9BLOCK DIAGRAM SV13,01C
POWER AMP
ti
●lC601 (M38102M5127S)
i
8.4558FT I
m
BUFFER AMP
Bb4558FT1
. . .
m
m““ ;$~
BASS AMP II
y?
-B +B ;,,
4
5-“,~ I
P[n Terminal
No. Name I1/0 IFunction
Pin Terminal
No. Name 1/0 Function
=
5o16q Hzx2ACvoltage signal input
1 v- IP0wersupply(+5)
Zz
,- 8
-B +9
;)
-.—— T‘1 S? EAKERS
d
2–VP IPull down voltage inpU\
3HPSW Headphone ouipulmntrol signti
I,input
LC7536
:-
ELECTRIC
vOLUME 4AN IN IBack-up power input ~30 ~XIN [Ceramic OscillatOrcOnnectiOn
I31 XOUT 0(4.194304MHZ)
I32 v- IGND
..201 (1/21 ~-–- -–
‘EcLchm-
/5B. DATA OUT
o
~! 6B. CLKOUT
~
\7:B, DATA IN
I
8B. CLK IN :
I! 9REARVRb ~•K“Át+‚ˆ•D”ô«˜‚•¹ó•pEL”Ôm_‚0Çó• ¹ó•
Level encoder vObJmemntrOl signal
I; lo REARVRa ‘,U::”eottovmpt”sed) ~
I~~L”
!; “
S, BASS oNotus?d
i12 PLSTART 1/0 Phone mode select signal inputJ
output
1oC[ocksignal output f0rlC801
,13 CLK (BU2040F-T2)
14 DATA Datasignal outpulforlC601
0~(BU2040F-T2)
H
-’! ,,,
!,
,,
No,es ,
~–– – :–” -- ~
+:source Sig.pl i
I- : MICsign. I
L –_ -- – – _]
( 1 indicates Pin No. of
riQh! chorine 1. ,
1. IIb
i3;; K3-KO IKey control signal input I
3:; 12G-8G oFLdlgitsigna\ output
~42- Keymntrolsignaland FLdigit
~:46 ~7G-3G osignal output
II
II I
1
I
1,
F---- +-”-k.~, (i
5(!;- —-I- . ,
mm
7+ -6
,*) {84)
L--J’” L_:J”
., ~47, 2G, IG oFLdigitsignal Output
~1 46
L
0571,572 !
PCo!ec, or I
49-
[: 63 S1-S15 0FL$egmentsignal outPut
i,
,, 64 NC —Not used (open)
,
I,,20, (1/21
L-– _ _ —__ >— — — —_ J
.——
BU2040F-T2
-15 CENTEFIVR bLevel encadervolumecontrol S19nal
[Iinput
16 CENTERVRa (Connectt. Vm, Not.sed)
SYSTEM CONTROL “.60!
(vOLUME
n‘1IPT,o,
,
hr
,.
FL60!{* ‘“\
t,70,
‘L , ~• \
iF70Z
tj%:
Level enmdervolume WntrO signal :,,
,,0 Clock signal monitor inputioutput ,,
---
RcDHC-247
mII11I
20 VOLDATA opMWcantmlsignal Output fOr
electronic volume (lC201 LC7536)
aAC IN
II21 vOLCLK IoPMWclocksignal output for
electronic vohIme(lC201 LC7536) I
RL70ziXl , 1
=0 I I
PMWstrobesignal outputfOr
elxtrOnicvOfume (lC201 LC7S36)
Z4 lMICMuTE I \ IMicm.ti”gsigflalinput I
25 REMOTE Remote wntrOl recsivingsignal
Iinput
f
\
-23-
-22-
,, –al -
I
I

SU-CH700 x
■REPLACEMENT PARTS LIST
Hotes : . Imwrtant safety notice:
Cumwnents identified by A mark have special characteristics izwrtant for safety. ~en replacing any of these
comwnents use only mu fact. rer, s specified parts.
* The parenthesized indicati~s i“ the Remarks calms .pgcify the areas. (Refer to the cover pase for arc.. )
Par+ wit~ut these indications ca” be used for all areas.
* Rewte Control Ass’y:
%PPIY period for three years fmn termination of Production.
SU-CH700 SU-CH700
■WIRING CONNECTION DIAGRAM 9DESCRIPTION OF FL PANEL [FL601 (RSL0112-F)]
“m 5G 4G 3G 2G IG
Ill
SUN MON TUE WED THU FRI SAT ❑REC ACT Bi-BASS LOUDNESS REAR CENTER ~0~
ONCE WEEKLY ,SLEEP ❑PLAY DVCR vDp Bs ~:;~~; ~ly~
_--- -—4NOBY ;, ,, ,, ,, ,, =03=
I,.7.,
(Pow..
,,..s,0,.,,, I
~AC IN TERMINAL P.C. S.
D606 At44D4~A IDION
IH7ECR4TZ0 CIRWIT(S) 06T37-612 M165 ~olom
D616, 617 Ml
IC151 SVIBA45S9P Lc, k[lc AAP D619 AL4.. I
Iczul 1C7536 LC, E1Ec7RIC WC.M D621 lss701TA lhlilW
IC202 W1BA4558F LC, MFFER M 0701-704 ND
IC2JZ3 SVIBA4558F L G WER B.AS2 W D70S, ID6 1SRS53330TB ID1OM 1A
IC301 H521VA I ~ ~~nDwIw~ ~.. .,”7 1QD352DMB IOIOM
IC351 ,SVlBti5%F a,’,
!--:O!O!R:’O:__-J,Q}1!!!’”’”!;:’:
—
,.” For[E, EG]owa,.
For[E8,GN]area,.
—*L”
—B,”
m’
,,20!
165 IDIODE
165 IOIODF I12G I“IG 16G $G :6G ~G “A’G
,! :,
. ... .
“.”%
1
DP3mMF IOIOM
I
(,..,
,WW, ,M.,. ,,.,
I
\l.c,mm Gtvf7.
Il.C, ~ER MP 1A 21D708 1SR35200TB OIODE A
—
070$710 IM185TA OIOM
II-713 11 W54TA Dlom
406mA D102d
=1 ‘“’”-”i.-.415M DIOM
0717 M4053A7TA D1OOE
0719-721 lMIO~A Olom
IC531 3V13101C
lc5n2 AN6554F jl.C, SIGNAL LEVEL DET
[ - lb
071. ... ..
IC601 K3810M127s \LC, SYSTEH CWT. flL OHIVE D’114 w
Icmz ~M-278 Il.C, mDYE 3SNMR 0715.716 M
II
.J,OII
,702,
,,
1:
( IOG ) ( 9G 1 (86) (7G) d
(6G)
:Cml 14J2U40F-72 IL C, SYS3EK C13NT’ROL
IIWSISTOR(S) .Pin connection
,11 1 1 G
IVMIAME WSISmS(S)
13201-S04 12S021443 /TOANSISmR I II I I IEMAIN P.C ,B
,,
@31.232 ZSC3312F5TA YWANSISmR VR101 5V.702SV03B14 V. H,KIC CONZF31L
0251, 25z OTA114ESTP TN4NSIS3WR VEO1 NW2524B V. RMIN CMmOL
Q301, 302 BQ2144s TRANSISTOR
Q303 oTA114EsTP 7~SISTOR TS4mFO~R
Q352 SSM71~CTA WSISTDR
@% ZSC331M-IZ NSISmR PT701 NTP1N5BO1O ~ER TWSFmR L(E, EB, EG, GN)
0s71 ZSC3311A-Q TRANSISTOR PT701 S7P1N5GM3 ~EN TWSF~R A(cc)
fiol. %2 @[email protected] TNANSIS3WR
@7L 572 mC245V.40C3A I
wslsmR COIL(S)
Q601 2SC331LAQ wsismR
@02 D3’c144mP wsIsmn 1501,502 S1QV07G-40 COIL
C403 2SC3311A-Q wslsmR LWI ELW1OOK49 UQL
Q6D4 OTC144ES7P msIsmR 1701 RLQZ6mhl-W mll A
Q605 D7C114ECTP wsLsmR
0701 ZS01762EF TlL4NsISmR NIILA~(s)
Q702 2SB1185EF ~SISTOR
Q703 @M7L4cYmA 3V.4NS1S’03R X601 Fsx44Aumnz7 ~lLLATOR
Q7D4 W245WHA WSISTOR
WI OTALk4Eti mslsmR OISPLAY WE
.Anode connection
12G lIG 10G 9G 8G 7G 6G 5G 4G 3G 2G [G
PI AM 2d dddddSLEEP ❑REC B7 a7 07
P2 PM 2e e e e e e ON ❑PLAY B6 Bt B6
P3 2C 2C cc c c c WEEKLY ACT BFBA33 B5 B5 B5
P4 —Zg g gg g g OFF —04 B4 B4
P5 —2f fff f f ONCE LOUME$$ B3 B3 B3
P6 2b 2b b b b b bSTANDBY —B2 B2 B2
P7 2a 2a a a a a a –mBI B( BI
P8 Co[ Dp h h hhhSAT VCR ~EoAR CENTER S2
P9 Id Id —[1I1FRI VDP —S1 MUTIN
Plo Ie Ie — Jj j JTHU BS —o—
PI IIc Ic —— — k—WED — — — —
P12 Ig lg —— — — — TUE — — –—
P13 If If —— — –—MON — — — —
P14 lb lb —— — — — SUN — — — —
P15 la la —— — — — — — — — —
,.3!
,&
[
I
..
I I MIC JACK P.,.,.
1’ I
III
I1
[OIODE(S)
I
II}Ibl
FL601 ~Lol12-F 10ISFtAY TU8E
II
-24-
1I
-20-

SU-CH700 SU-CH700
ISU-CH700
Wef. b. Part h Part ktkscriptim hrk kf. wo. Part k. Part ftm &kcriptiw
@
brks
S4S37{ TEfA41NM(s)
NImH(Fs)
EW1 ME1OM-7 cm PtATF
S601 Evm1405R SH, CLBCK SET E701 SNE1OO4-1 GNO PLATE
S602 EVQ314135R $W,3ELECT ~N
S603 EVQ21405R S. Y, SEIECT UP ~E WJLOER(S)
S6D4 EVQ21405R S. W, TIHER S27
.%05 EVQ21405R SW, CANCEL Fc1-6 2TF52K FEE IULER
S606
A
EVQ21405R S. V, S7ANDOY Fc7,8 EVF52E
S607
FUSE t3JLMR
flQ21405R
h(w)
%W, AEC~L
S608 5VQ21405R SW, WMCE(L) MIAY(s)
S609 W21405R S.W, K4LANCE(R)
3410 NQ21405R *W, BsL701, m2 SY134 OELAY
S611 A
WQ21405R S. W,ZOHL’R
S612 5V021405R %W, CD
*:: ~,405R ;’:E
JMK(s)
EVQ21405R
JKIOl PJJ65AL402 MIC JMK
3615 EVQ21405R S.w, m JR201 RZTU55KB1$1 CCVIOECTOR(15P)
S616 EVQ31405R 3.W,KR Jssol RJJ073YA-C wmM JACK
S618 EV021405R Iw, lUHVIES JK351 SJR213 FAW ~OR COKW~R
S619 5VQ21405R S.W, ~ER J K501 KJWJ054
S701
VEAKER TEMINAL ‘
ESE37263 %, VDLTACE NLECmR A(GC) JK5U3 SJF3068-6N 9.W~ND SP, TEW41N4L A(E, E1 EG,GC)
JK701 SJS9236 AC INLET A(E, EB, EG,CC)
o
~NNECTOR JK701 SJS016 K INLET A(CN)
J K702 S3S702-1 CC4WECTOR(3P)
J703-1,2 R3S1A6604
(E,EB. EG,GW)
SQCKET(AP)
J 10LA RJm57mm4-1 coNNmTm(4P)
J 3Q1A Mm57wm4-1 caJNNEcToR(4P)
J 50L4 wm57wuo7-1 CONNECTOR
J60JA NJlw03moFAil WCKET(8P)
J602R RNWOSWJOPA31 WCKET(8P)
J 60ZA OJLATO3WJ1OU1 ~KET(loP)
o; ~~
SJ T30549BB1 CO NNECTBR(SP)
33 T30549B01 C ON12C70K(5P)
J606A SJT30549BB1 CO NNECTCW(5P)
J 701A NJ m57wuo9-1 co NNmm(9P)
J702A w m5moo7-1 m WNEC70R(7P)
J7R4A M m57ww4-1 coNNECTOR(4P)
,J 101B R JL057~4 % CKET(4P)
J301B NJoo57tmo4 mmT(4P)
J5010 RJuJs7wm7 WKET(7P)
J 6010 RJ mo3mswl co KWECTM(BP)
J 602B RJ mo3Moswl co Rwm(8P)
J6 03B m mo3wzlw[l co WNECCOR(IOP)
J6 MB S3 S50581BB 9X m(5P)
J6 058 SJ 350581BB WC KET(5P)
J6 06B SJ S50581OB 93 CKET(5P)
J7 OIB
●J7 ~
Fom57woo9 % KET(9P)
J7 02B NJ tw57wx17 m KET(7P)
RJu357Rm4 ,W KE7(4P)
Cn ml-708 7UslA3101Tl m R5T(1P)
–25–
Motes :*Capacity values are in zicrofarads (uF) unless swcified othrwise, P= Pico-farads(pF) F= Farads(F)
* Resistance values are in obs, unless specified otierwise, lK=l, OOO(OW) . lM=l, OOOk(OW)
Kcf.tk,. Part M. Value. & bmrb Ref.&. Part b. Value. t &* Kef. b. Part b. ValuP,S & R~rk
R355 E~TJ564 l/4N 560K R624 EROS2TJ393 l/4K 39K
mslm~ R356 EFJIS2TJ332 l/4W 13K R625 ERSW2TJ564 l/M 560K
R357 EKOS1FVJ390T l/2w 39 R6268Z9 EKW3TJ223 l/4W 22K
R151 ERB2TJ473 l/4w 47X R358 EF21s2TJ2mT l/4w 22 R630 ERm2TJlo3
M5Z l/4w 10K
ER032TJ332 l/4w 3. 3K R371 EWTJ103 l/4w 10K R631 EKW2TJ332 l/4w 3.3K
R153 E~2TJ104 l/4W l~K R372 E02LT2T.J82.VT l/4w 82K
FR54
N632 ERW2TJ822 l/4W &2K
ERG32TJ102 l/4W lK R373 EROS2TJ222 l/4W 2, 2K R63S. 634 ERS62TJ223
FR55
l/4w 22K
ER032TJ474 l/4W 470K R374 ERDS2TJ393 l/4w 39K
S356
R635 EOW2TJ224T l/4W 220K
ERm2TJ123 l/4w 12K R375 EmTJ153 l/4w 15K R636 EWTJ104 l/~ 100K
Rlw E~2TJ473 1/4w 47K R3M EWS2TJ332 l/~ Z. 3K B637 ERW2TJ102
R199
l/M lK
ER03mJI02 l/4W IK K399 mos2TJlM l/4W 150K R639 EWTJ101 l/4w 100
0201.202 ERm27J232 l/4W 2. 2K R5D1,502 ERils2TJ222 l/4w 2. 2K R660-665 ERW2TJI02 1/4W lK
KZ03,204 EREZTJ104 l/4w 100% RW3-506 E~ZTJ563 l/4w 58K 8697 ERo32TJlo2 1/473 lK
R20i 206 ERE2TJ474 l/4w 470K RYJ7, 509 E~2TJ562 l/m 5. 6K R698 ERW’2TJ332 l/4W 3, 3K
S207,208 EFSW2TJ563 I/4w 56K R5B9, 510 ERJ)S2TJ182 l/4w L M R699 E8WTJ102 l/4W lK
EO9,21O E~2TJ153 l/4w 15K R511 F.mszTJ334 l/4W 330K R701, 702 ER02FCVJ4K77 l/4w
0211,212 ERB2TJ222
4.7 A
l/4W 2. 2K R512 E ~S2TJ154 l/4w 150K A N703, 704 ERW2TJ103 l/4w
S213,214 ERB2TJ224T l/4w 220K
10K
R512 EODS2TJ6M l/4w 680K A R705, m6 BH~lFVJ391T Im 39o A
8215,216 EROS2TJ123 l/4w 12K R514 E K025FJ470 l/4w 47 A R707 E8M.2TJ690T l/4w a
0217,218 ERm2TJ102 l/4W lK R515,516 E~lWJIOOT l/nv 10 A R 708 ERM2TJ562 l/4W 5. 6K
S219, 220 EKUS2TJ331 l/4w 33a K517,518 ERJ325FvJ1ooT l/4w 10 A R 709,710 ERfElWJ391T lfzw 390 A
S221, 222 EO12inJ105T l/4w IM R 519,520 EFOIS2TJ563” l/4w 56K R Tll, 712 E RmlFvJ331T lm 3m
S223,224 ERM2TJ222 l/4w 2.2K R 521,522 E PJJS2iJ101 l/4w lm R 713 ER02FCVJ4R7T l/4w 4.7 A
8233,234 E17G32TJ1R13 l/4w 1 R523,524 ER2ESkR10V 80.1 R 714 EKmlFvJ221T l/2w 220 A
S23% 236 ERB2TJ122 l/4W 1,2K R 525,526 E NDS2TJ563 l/4w 56K R 715 ERm2TJ153 l/4w
S337,238 EROSZTJ473 l/4w 47K
15K
R 527,528 E ROS2TJ1O4 l/4W IOOK R 716 EK022TJ472 l/4w 4.TK
8239,240 ERmnJ123 l/4w 12K R529,530 ENOS2TJ1O2 l/4W lK R 717 EKm2TJ103 l/4w 10K
02 51-254 E Rm2TJlo2 l/4W lK R 531-534 E F33S2TJ224T l/~ 22QK K 718 EROS2TJ221 l/4w 220
s? 55 EOIzi2TJ334 l/4W 330K R 535,536 E KOS2TJ752T l/4W 7. 5K
W2 56
R 723 ER025FVJ4N7T l/4w 4.7 A
ERM2TJ105T l/4W IM R537,538 E W.S2TJ393, l/4w 39K R 799 ERm3TJlo3
02 57
l/4w 10K
ER032TJ334 l/4W 330K R539,54o EMTJ103 l/4w 10K RPol ERZ02TJ39n 1/4N 3. 9K
02 58 EAW2TJ105T l/4w lhl R543 E RDS2TJ103 l/4w 10K RPJJ3,F04 ERO32TJ1O3
02 59
I/4w IOK
EOS02TJ152 l/4W 1.5K R 571 EF21S2TJB23T l/4w 82K RWJ5 EROS2TJ562 l/4w 5.6K
02 60 E Rm27J39n l/4W 3,9K R 572 E~2TJ124T l/4w 120K K307 EKC62TJ103
K281
l/4w 10K
ER OS2TJ1O2 l/4W lK R573 E ROS2TJ563 l/m 56K RM8 E R202TJ392C 1/m 3. 9K
R2 P2 ER NnJ561 l/4w 560 R 5 81,502 E WTJ224T 1/4W 220K R.939,810 ER~2TJ27n 1/4W 2.7K
F2 91,292 ER mnJlo4 l/4W 100K RW,5M E~TJ223 l/4w 22K R811 E WS2TJ1OO l/4w 10
S2 93,2$4 ER C.32TJ103 l/4w 10K R %, 5M E ~2TJ103 l/fl 10K B 12 ER 032TJ332 l/4W 3.3[
K3 01,302 E mnJ562 l/4w 5, 6K R 601 E FOIS2TJ223 l/4w 22K R 813 ERm3TJ3n3 l/4W 10K
63 03-N6 E 0362TJ563 l/4w 56K R OJ2-GB4 EWS2TJ393 l/4W 39K R 934 mTJM2 I/m lK
R307, N8 ~2TJ562 l/4w 5. 6K R 605 E ~TJ223 l/fl 22K
Rz 09-312 E KOS2EJ121 l/4w 120 R Fd36-609 E KIZS2TJ393 l/4w 39K cd Pwlm
03 11314 E ~TfJ102 l/4W lK R a 9-612 E ~TJlC41
S3 15
l/4w 10
ER mnJ334 l/4w 330K R 6 13,614 EF2r32TJ151 l/4w 150 c 3n 1,032 SC K23E22’J2F 25V R.02W
K3 16 E~2TJ105T 1/4w lAI K 615 E RVS2TJ2W3T I/iw 2.2 c103-106 ECRTlulozm Mv lomP
02 51 ER ~TfJ563 1/4v 56K R 6 16-619 Em 32TJIM l/4w IOOK
R3 53
c 151 ESEAfcK41mo lAV lWJ
ER fW2TJlR4T 1/4W lMK R6 m EMTJ221 l/# 220
63 53
cl 52 ECBT1KL81KPS %V lt33P
E~2TJ334 1/4W 3SUK R 62 1 EFSLS2TJ104 1/4W 100K
R3 54
cl 53 ESEAIWRJB w 3.30
ER ~zTJ102 1/4W lK R6 22,623 E FAIS2TJ223 1/4W 22K c1 54 SCFA3CKNOUB 16V 1C31
C155 ECKT1H221W5 50V 220P C611 ECBTIRI02KR5 50V lWOP
C156 ECEA1KVA3R3B 50V 3.3U C69T ECBTIEI03ZF 25P 0.010
C157 2C8T10221KV5 50V 220P C6$9 ECBT1E103ZF 25V R.OIU
C159 ECRTlRl~m5 50V 10CWP C701, 702 ECEA3m333UB 5BV 330CW3
C181, 182 ECOT1EUJ3ZF 25V o. Olu C703,T04 EcEA3cK43300 16V 330
C198, 199 EC8T1W321D5 SV zap cm5 ECOT1E223ZF 25V 0. Ozm
C20L 202 ECBTlH101tW5 50V loop C7U6 ECKR1H3032F5 5BV 0.030
C203. 204 ECEA1RK4W33B 50V 133U C707 EcA1w4221B 5BV 220U
C205. 206 ECEA1RK4SR3B Fav 3.3U c7m ECEA1CM1OOO 16V lfWI
C207, S08 EcBTlNK20m5 50V 82P C709 ECBT1E103ZF 2W O,olu
C209, 210 ECEA1OK4R33K 50V a 33U C71O ECAlmmB 5BV 33U
C211, 212 ECBT1HI01KB5 WV Imp C711 ECQE11MKF3 IOOV & lU A
C213.214 ECEA1OK4$R3B WV 3.31J C712 ECRTlE2232f 25V 0, Ozm
C215-21B ECBT1N101D5 50V loop C725 ECBT1E223ZF 25V 0.0220
C219> 220 ECSA1CK4100B 10V 10U CS01,802 ECOT1M7WJ5 50V 47P
C223. 224 ECEA1HK4K15B %V o. 15U cm3 Ec0TIEI03zF 25V 0.010
C231-234 ECW1H334JZ3 50V 0,330 c9i24 EC8T1HL02KB5 50V 1000P
C251 ~E41cK43mB 16V 33U c %5, 906 ECOT1H1O1KB5 50V 100P
C252 ECEAICK4100B 16V 10U c M7,908 E CRTIE223ZF 25V 0.0230
c2B1-287 ECRT1E103ZF 25V O. OIU c 509 E‘CBTIH331R05 50V 330P
c301. mz SCM1KK43R30 50V 3.3U c 911 ECKRIHI022F5 50V 1000P
c303,34 EcBTlHlolm5 Wv 100P
c305,306 CcBTlH3mJ5 %V 33P
C307t MB ECEAlm3R3B 50V 3.3U
C309 EcFAmvAnlo8 50V m
C351 EC2AICK41OOR 16V Iou
C353 ECEAIHR43HB Wv 3.30
C371 ECEAOJKA221B 6, 3V 2ZOU
C381, B2 ECKZ1E103ZF 25V O. OIU
C501, 502 ECAIMP3R3K %V 3. 3U
c50i 504 ECRT1H331M.5 50V 3aP
C505, W6 ECBT1H1OUJ5 50V IOP
C507, ~8 ~WflH561K85 WV 560P
C509, 510 ECA3MPJR38 %V 3.30
C511, 512 ECOT1RM1B5 50V 87JZP
C513 ECA1W4P330B Wv 33U
C514 ECmPIOOB ltmv Iou
C515. 516 EC8T1E223ZF 25V 0.022u
C521-526 ECOTOJ223M5 6. 3V 0.0221J
C527, 528 ECF.41HK4JR3B 53V 3,3U
azv, 530 EcBTlcLo3m5 16V O,OIU
c531,532 ECRT1E103ZF 25V O, OIU
c571 ECFA1CK4101K 16v l~U
c599 EcBTlclo3m5 16V O.OIU
c601 ECS4OJU1O2 6. 3V 1000U
c603 ECRT1E103ZF 25V O, OIU
c603 ECEAICK430BB 16V Iou
c6B4 ECFAllK3nB 5BV 3.3U
c605 ES EAIVK41CWB 35V Iou
c606 Ec E41EK44R7B 25V 4,TU
JC5 50V mp
! O.om
C607, 608 ECRT1l~J
c609, 610 lmK71EI03zF 25V ,, I
–26– –27–
!. I

SU-CH700 I
■CABINET PARTS LOCATION
SU-CH700 SU-CH700
3I4i516I7I819I
Ref. h Part k. Part N= &kc,-iptim Rmti kf.lka Part b. Part Name &Cescriptim brk
I1 I II.? 100,1”7” ,KI,N. c, QFfnFCK) I
,. ,....,. ,! r....... ...”. ,....., !
CA81KE2 Pm P2 mlo71 IPxKIWS W(CD/V~ENR) ]
Pa 6SJN558
1mD3cao7 Smw P3 WNR450
2~QIOX-K CABI~ P3 RPi435fa3
3r4Am153 fflLOER P4 ~0029 -—,.. . ..
4 SVE1128-2 FAN ~’Y P5 RQ11?4 SPACER
4-1 snE232 FAN P6 X3845 X50A01Z mTEcTIm COVER
4-2 9JS271 SPluffi
4-3 SKE23S CAsE ~~RIES
14-4 \imN-- l~lUH I II !II
[4w IWE ~~LER
.“ I..mw Pntmo I
4-5 SKE234 w mPER Al m-sc51~
4-6 2.J3S215 WCKS7(2P) Al-1 M~7J-h ml..LLL .U..i%
4-7 SJT783 ZE13AINAL As 8,3M019-lK FQKER C~, AC A(E, EG)
5~105-K 831DB, M1C A2 SJA173 ~ER COm AC A(GN)
6 m136-K Mm, WIN VDLUm AZ SJA193 ~11 C~, AC A(EB)
7 WUXMONC mm MD AS3’Y (w) AT RJA8004 ~ER CORt),AC A(GC)
7 FwKIWN7DQNK mm MAlm m’Y (E. EO, EC, GN) A3 ‘“””’”” c’‘“ “or’
7-1 mo43 FCGT A4 ,w,....
8 FAM154 iilLOER A5 ]m57kl
9 mo155 W3LDER A6 1CDn31CqT
10 M~158 H3LOER A6-I
11 RFtomcwoffic MCK GRILL ~’Y (Gc) A6-L ,,,,.. .“!. ” -....,
11 MWtWDOEK MCK GRILL W’Y (E, Ec) Al BA!mo7 ~ ANTENNA (E,EB, EG)
11 AF~MCtWOOEB MCK GRILL &’Y (EB, GtU Al FSAQO06 FM MTstoiA (m, GN)
12 RWJ1M811OO.Q FLAT CARLE(8P), J703 A8 W013 WfiRAN7Y CARD (E.EB, FG)
14 RFKGLKN700EK FRONT PANEL ASL” Y A8 NX7433X4 wARFL4m CARO (GN)
14-1 W186-G FL PANEL A9 NM169 3SRVICE~R LIST
15 MMWA-K 2UTZUN, SELECTOR A1O FNCHmOEK I~T, At4ML (E)
16 RGW681A-K wm, OIGITL A1O RQT1359-8 INST. WL (EB, Gn)
17 F3mom2-K f3!TZON ~R A1O ~T1360-O l@T. WAMIAL (m)
18 M~683-K MTTW, MMCE A1O mT1357-G lET.NA~L (w)
19 mu06K5-K NJTTM, 71MR All SJF9089 ATTAC~WZ PLUG (EB)
mffitllM6-K SUTTON, lWONESS A12 S2P9Z15 X PLUG ADAPTOR A(GC)
I
E185-2 P, C, B SPACER
E4N2-1 MT
S894-1 SPRING
24 lf18S28+81 Wm
“. m... . .. .. ,“.. w
N
w
u
III
IP,4CKIM mTERIALS IF
!11I

ISU-CH700
■PACKAGING
*
1
P6
xPad @
\ I
*P3 Pad@@ @@ Aaay: RPN0560
[SL-CH7001
%Pad@
\P6
xP3 Pad@@ @@ Assy: RPN0450
[RS-CH700]
P6
K
xP3Pad@@@@Assy: RPN0560
[SH-CH700] -
~P3Pad@@@@Asay: RPN0558
[SU-CH700]
P2
‘A81A91AI0
?
AIIIA12!
Battery
/
.-
1A3 /Al
A? A6 A4
‘S”-c”’oo)w
(Rear)
Printed in Japan
-31 –F920211100FF;HH/TN

—
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